Era of nanotechnology has played a significant role in various aspects of our
life. These are minute particles having vast roles. Numerous techniques have been
employed for its synthesis. Previously chemical and physical approaches were
exploited for their synthesis but nowadays researchers are leaning on biological entities
for their creation. And this terminology is green chemistry which does not harm the
environment. Mycogenesis plays a terrific role in producing nanoparticles as they
contain various enzymes and proteins playing a role in reducing the metal
nanoparticles. Metal nanoparticles such as silver nanoparticles act as an efficient
biocontrol agent. They were explored to control different types of pests, pathogens,
microbes, etc. Different mechanisms were used for controlling the pathogens. They are
effective due to broad-spectrum efficiency and ruin the cells by binding with
phosphorus and sulphur present in the structure of protein and DNA. They are toxic to
a wide range of microorganisms. This chapter focuses on the synthesis of silver
nanoparticles using different fungal agents and the processes involved. Further, how
the prepared particles have prospective application in the control of living organisms,
description of all the pathogens against which silver nanoparticles were effective has
been provided. This review will comprehensively provide some knowledge regarding
the biocontrol application of myconanotechnology.
Keywords: Biocontrol agents, Fungi, Nanoparticles, Silver.